CN101737861B - Air conditioner - Google Patents

Abstract

The present invention provides an air conditioner comprising a discharging panel having air discharging outlets, an air discharging outlet panel for opening or closing the air discharging outlets, an upper connecting bar positioned at the upper side of the discharging panel and connected with the upper part of the air discharging outlet panel, a lower connecting bar positioned at the lower part of the discharging panel and connected with the upper part of the air discharging outlet panel, a driving motor connected with any one of the upper connecting bar and the lower connecting bar, and a vertical shaft for connecting the upper connecting bar and the lower connecting bar. According to the invention, the air conditioner has advantages that the air discharging outlet panel performs opening and closing actions more stably without swinging or fault actions, because forces are dispersed and transferred to the upper side and lower side of the air discharging outlet panel.

Description

Air conditioner

Technical field

The present invention relates to a kind of air conditioner, particularly, relate to a kind of strength and be delivered to dispersedly for the air conditioner on a plurality of parts of the outlet panel that opens and closes air outlet.

Background technology

For more comfortable indoor environment is provided to the user, usually the kind of refrigeration cycle of the cold-producing medium that formed by compressor, condenser, expander, evaporimeter of air conditioner utilization, room air is turned cold or air is purified, this air conditioner roughly is divided into divergence type and one-piece type.

Although above-mentioned divergence type is with one-piece type identical on function, but divergence type is at indoor set indoor heat converter and indoor blower to be set, at off-premises station outdoor heat converter, outdoor blowers and compressor etc. are set, and the air conditioner that the indoor set that is separated from each other and off-premises station is connected with refrigerant piping, and one-piece type be that indoor heat converter and indoor blower, outdoor heat converter, outdoor blowers and compressor etc. are arranged on air conditioner in the same casing.

The air outlet that is formed with for the air suction inlet that sucks room air in the aforesaid air conditioner and is used for the air that the inner process of air conditioner is in harmonious proportion is discharged, but recently, in order to reach superior or to prevent the intrusion of impurity, even cause amount of parts to increase, also at air suction inlet and air outlet tabular thin plate rather than grid are set respectively, open and close the trend of air suction inlet and air outlet.

Disclose air conditioner as described below in the Korean Patent 10-2005-0078882 communique, namely, the suction inlet panel is configured on the air suction inlet in rotating mode and air suction inlet is opened and closed, the outlet panel is configured on the air outlet in rotating mode and air outlet is opened and closed, suction inlet panel and outlet panel are connected on the motor that is arranged on the body by turning cylinder, thereby carry out on-off action with rotation mode on body.

Yet, in the air conditioner according to prior art, when the outlet panel rotates owing to the driving of motor, rotatory force is passed to the bottom of outlet panel or the side in the top, the part that and then is subject to passively revolving force with the opposition side part that is subject to revolving force is rotated, therefore, exist outlet panel when rotation might occur that the outlet panel rocks or crooked problem.

Summary of the invention

The present invention proposes in order to solve the above-mentioned problems in the prior art point, and its purpose is, a kind of air conditioner that can make the outlet panel stably carry out on the whole on-off action is provided.

For I solve above-mentioned problem, the invention provides a kind of air conditioner, this air conditioner comprises: discharge panel, it is formed with air outlet; The outlet panel, it is used for opening and closing above-mentioned air outlet; Upper links, it is configured in the top of above-mentioned discharge panel, and is connected to the top of above-mentioned outlet panel; Lower link, it is configured in the bottom of above-mentioned discharge panel, and is connected to the bottom of above-mentioned outlet panel; CD-ROM drive motor, it is connected in above-mentioned upper links and the lower link any; Vertical axis, it is used for connecting above-mentioned upper links and lower link.

The invention provides another kind of air conditioner air conditioner, it comprises: discharge panel, it is formed with air outlet, the outlet panel, it is used for opening and closing above-mentioned air outlet, upper links, it is configured in the top of above-mentioned discharge panel, and is connected to the top of above-mentioned outlet panel, lower link, it is configured in the bottom of above-mentioned discharge panel, and be connected to the bottom of above-mentioned outlet panel, and CD-ROM drive motor, it is connected in above-mentioned upper links and the lower link any, vertical axis, it is used for connecting above-mentioned upper links and lower link; Above-mentioned outlet panel comprises: the lower link connecting portion, it connects above-mentioned lower link, the bottom guide part, and it is directed to the bottom of above-mentioned discharge panel, the bottom shielding portion, it is used for covering above-mentioned bottom guide part and above-mentioned lower link, the upper links connecting portion, and it connects above-mentioned upper links, the top guide part, it is directed to the top of above-mentioned discharge panel, the top shielding portion, and it is used for covering above-mentioned top guide part and upper links.

Above-mentioned upper links and lower link comprise respectively: the axle connecting portion, and it is connected with above-mentioned vertical axis; Connecting portion, it is connected on the above-mentioned outlet panel in rotating mode; Link rod part, it is formed between above-mentioned axle connecting portion and the connecting portion.

The top of above-mentioned vertical axis is connected with the axle connecting portion of above-mentioned upper links, and the bottom is connected with the axle connecting portion of above-mentioned lower link.

Air conditioner of the present invention also comprises: blade, and it rotatably is configured on the outlet panel; Vane drive mechanism, it is configured on the above-mentioned outlet panel, and is used for rotating above-mentioned blade.

Above-mentioned discharge panel has the space forming portion, when it is closed at above-mentioned outlet panel, above-mentioned blade is inserted and is accommodated.

Above-mentioned vertical axis is configured in above-mentioned space.

Above-mentioned CD-ROM drive motor is arranged on the side in the lower board unit downside of the upper plate portion upside of above-mentioned space forming portion and above-mentioned space forming portion.

Be formed with through hole in the upper plate portion of above-mentioned space forming portion and any in the lower board unit, this through hole is used for connecting the rotating shaft of above-mentioned CD-ROM drive motor and at least one of above-mentioned axle connecting portion; Be formed with support in the upper plate portion of above-mentioned space forming portion and in the lower board unit another, this support is with rotating mode supports vertical axle.

Air conditioner of the present invention also comprises motor cover, and it is arranged on the above-mentioned discharge panel, and is used for covering above-mentioned CD-ROM drive motor.

Above-mentioned outlet panel comprises: the lower link connecting portion, and it connects above-mentioned lower link; The bottom guide part, it is directed to the bottom of above-mentioned discharge panel; The bottom shielding portion, it is used for covering above-mentioned bottom guide part and above-mentioned lower link; The upper links connecting portion, it connects above-mentioned upper links; The top guide part, it is directed to the top of above-mentioned discharge panel; The top shielding portion, it is used for covering above-mentioned top guide part and upper links.

Air conditioner of the present invention also comprises outlet panel mobile guide spare, its position movement to above-mentioned outlet panel guides, so that when above-mentioned upper links and lower link are rotated, above-mentioned outlet panel and above-mentioned upper links and lower link relatively are rotated, and move it the position of separating with above-mentioned discharge panel, or move it the position that is adjacent to above-mentioned discharge panel.

Above-mentioned outlet panel mobile guide spare comprises: projection, and it is formed in above-mentioned discharge panel and the outlet panel any; Guide rail, it is formed in above-mentioned discharge panel and the outlet panel another, and by the projection guiding.

Above-mentioned convexing to form on above-mentioned discharge panel, above-mentioned guide rail is respectively formed on above-mentioned top guide part and the bottom guide part.

Above-mentioned outlet panel-shaped becomes larger than above-mentioned air outlet.

Above-mentioned outlet panel comprises: the outlet open and close member, and it is connected to above-mentioned upper links and lower link, and is used for covering or open above-mentioned air outlet; Decoration element, it is configured in the outside of above-mentioned outlet open and close member.

Air conditioner according to the present invention comprises: base; Casing, it is arranged on the rear quadrate part upside of above-mentioned base; The suction panel assembly, it is configured in the place ahead, bottom of said machine casing, and is formed with air suction inlet; Discharge panel assembly, it is configured in the place ahead, top of said machine casing, and is formed with air outlet, and above-mentioned discharge panel assembly comprises: discharge panel, it is formed with air outlet; The outlet panel, it forms larger than above-mentioned air suction inlet, and is used for opening and closing above-mentioned air outlet; Upper links, it is configured in the top of above-mentioned discharge panel, and is connected with the top of above-mentioned outlet panel; Lower link, it is configured in the bottom of above-mentioned discharge panel, and is connected with the bottom of above-mentioned outlet panel; CD-ROM drive motor, it is connected in above-mentioned upper links and the lower link one; Vertical axis, it connects above-mentioned upper links and lower link.

Have structure as mentioned above according to air conditioner of the present invention, when drive motor, promote or draw the top of outlet panel and it is subjected to displacement by upper links, and promote or draw the bottom of outlet panel and it is subjected to displacement by lower link, thus, therefore strength is delivered to the upper and lower of outlet panel simultaneously, has to make the outlet panel on the whole without rocking and error-free motion ground stably carries out the advantage of on-off action.

Also has the advantage that vertical axis can not hinder the on-off action of outlet panel according to air conditioner of the present invention.

In air conditioner of the present invention, because air outlet and periphery thereof all are discharged from the actinal surface plate and cover, and when the outlet panel covers air outlet, can't see air outlet from the outside, therefore having impurity can not invade air outlet, the advantage that can keep clean.

In air conditioner of the present invention, owing to can't see upper links and lower link from the place ahead, therefore, it is very succinct that the outlet panel seems, can also protect upper links and lower link, therefore has the high advantage of reliability.

In air conditioner of the present invention, because therefore the upper and lower of guiding outlet panel has the advantage that can more stably carry out on-off action.

Characteristics of the present invention and advantage will by the detailed description of embodiments of the invention described later with reference to following accompanying drawing, be easier to understand and become.

Description of drawings

Fig. 1 is the front view during according to the running of an embodiment of air conditioner of the present invention.

Fig. 2 is the stereogram during according to the running of an embodiment of air conditioner of the present invention.

The stereogram of Fig. 3 for according to the stopping an of embodiment of air conditioner of the present invention the time.

Fig. 4 is the stereogram during according to the open front of an embodiment of air conditioner of the present invention.

Fig. 5 is the exploded perspective view according to an embodiment of air conditioner of the present invention.

Fig. 6 is A-A cutaway view shown in Figure 2.

Fig. 7 is B-B cutaway view shown in Figure 2.

Fig. 8 is the amplification exploded perspective view according to the discharge panel assembly of an embodiment of air conditioner of the present invention.

Fig. 9 is the longitudinal sectional view according to the discharge panel assembly of an embodiment of air conditioner of the present invention.

Figure was shown with the top view of upper links when Figure 10 was open according to the air outlet of an embodiment of air conditioner of the present invention.

Figure was shown with the top view of upper links when Figure 11 was airtight according to the air outlet of an embodiment of air conditioner of the present invention.

Figure was shown with the top view of lower link when Figure 12 was open according to the air outlet of an embodiment of air conditioner of the present invention.

Figure was shown with the top view of lower link when Figure 13 was airtight according to the air suction inlet of an embodiment of air conditioner of the present invention.

The specific embodiment

Below, with reference to description of drawings can the specific implementation above-mentioned purpose embodiments of the invention.

Fig. 1 is the front view during according to the running of an embodiment of air conditioner of the present invention; Fig. 2 is the stereogram during according to the running of an embodiment of air conditioner of the present invention; The stereogram of Fig. 3 for according to the stopping an of embodiment of air conditioner of the present invention the time; Fig. 4 is the stereogram during according to the open front of an embodiment of air conditioner of the present invention; Fig. 5 is the exploded perspective view according to an embodiment of air conditioner of the present invention; Fig. 6 is A-A cutaway view shown in Figure 2; Fig. 7 is B-B cutaway view shown in Figure 2.

Such as Fig. 1～shown in Figure 7, according to the air conditioner of present embodiment, the indoor main body that is in harmonious proportion 2 is being formed with the air suction inlet 4,6 that sucks room air, and is being formed with the air outlet 8,10 of discharging the air that is in harmonious proportion in the inside of main body 2.

Body 2 is formed with respectively air suction inlet 4,6 in the arranged on left and right sides bottom, is formed with respectively air outlet 8,10 on arranged on left and right sides top, and comprises base 12, casing 20, top cover 28, suction panel assembly 30 and 40 and discharge panel assembly 50.

Base 12 forms the bottom surface sections outward appearance of bodies 2, and is used for support machine casing 20 and suction panel assembly 30,40 etc., in mode placed thereon casing 20 is set at quadrate part thereafter, in mode placed thereon suction panel assembly 30,40 is set at its front part.

Casing 20 is used to form the rear quadrate part outward appearance of body 2, and is comprised of rear board 22, left board 24 and right panel section 26, and is positioned at the rear quadrate part upside of base 12 and arranges.

Top cover 28 be configured to cover casing 20 above.

Suction panel assembly 30,40 is comprised of the left side suction panel assembly 30 that is formed with left side air suction inlet 4 and the right side suction panel assembly 40 that is formed with right side air suction inlet 6.

The bottom anterior position that left side suction panel assembly 30 is configured in the left board 24 of casing 20 namely is configured in above the front part left side of base 12 and arranges.

Left side suction panel assembly 30 comprises: left side suction panel 31, and it is formed with left side air suction inlet 4; Left side wainscot 33, it is arranged on the right side of left side suction panel 31, and is formed with for the peristome by air; Left side filter 34, it is configured in the peristome of left side wainscot 33; Left side cleaning unit 35, on the space on the left of it is configured in liftable mode between suction panel 32 and the left side wainscot 33, and for the impurity of clearing up left side filter 34.

Left board and the front board of left side suction panel 31 form with curved shape, and are formed with air suction inlet 4 in the mode along left and right directions or the place ahead, right side direction opening on left board.

Left side wainscot 33 is for the left side filter frame that left side filter 34 is installed, and its structure is opening surface for the face towards left side suction panel 31, disposes left side filter 34 at the opposite face of opening surface, above and bottom surface and back be the structure of sealing.

Left side suction panel assembly 30 also comprises: left side suction inlet panel 36, and it forms larger than left side air suction inlet 4, to be used for covering or opening left side air suction inlet 4 and periphery thereof; Left side suction inlet panel moving mechanism 38, it moves left side suction inlet panel 36.

In order to cover left side air suction inlet 4 and periphery thereof, the height that left side suction inlet panel 36 forms its aspect ratio left side air suction inlet 4 is higher, and the fore-and-aft direction width of the Width air suction inlet 4 of its fore-and-aft direction is wider.

Left side suction inlet panel moving mechanism 38 is used for mobile left side suction inlet panel 36, so that left side suction inlet panel 36 moves to the bottom of main body 2 from the position of separating with the bottom of main body 2, thereby cover left side air suction inlet 4, and make left side suction inlet panel 36 from the bottom of main body 2 to the position movement of separating with the bottom of main body 2, on at least one on the left of thereby open air suction inlet 4, this left side suction inlet panel moving mechanism 38 are arranged in suction panel 31 and the left side wainscot 33.

Namely, left side suction inlet panel moving mechanism 38 so that left side suction inlet panel 36 from the proceeds posterolateral position of left side air suction inlet 4 to the position movement that covers left side air suction inlet 4, and from the position of covering left side air suction inlet 4 the proceeds posterolateral position movement of air suction inlet 4 to the left.

The position of covering left side air suction inlet 4 of left side suction inlet panel 36 is left side air suction inlet closed position, and the position, left back of left side air suction inlet 4 is air suction inlet release position, left side.

The bottom anterior position that right side suction panel assembly 40 is configured in the right panel section 26 of casing 20 namely is configured in above the front part right side of base 12 and arranges.

Right side suction panel assembly 40 comprises: right side suction panel 41, and it is formed with right side air suction inlet 6; Right side wainscot 43, it is arranged on the left side of right side suction panel 41, and is formed with for the peristome by air; Right side filter 44, it is configured on the peristome of right side wainscot 43; Right side cleaning unit 45, it is configured on the space between right side suction panel 41 and the right side wainscot 43 in liftable mode, and is used for the impurity of cleaning right side filter 44.

Right panel section and the front board of right side suction panel 41 form with curved shape, and in right panel section so that the mode to opening is formed with right side air suction inlet 6 along left and right directions or the place ahead, right side.

Right side wainscot 43 is for the right side filter frame that right side filter 44 is installed, and its structure is opening surface for the face towards right side suction panel 41, disposes right side filter 44 at the opposite face of opening surface, above and bottom surface and back be the structure of sealing.

Right side suction panel assembly 40 also comprises: right side suction inlet panel 46, and it forms larger than right side air suction inlet 6, to be used for covering or opening right side air suction inlet 6 and periphery thereof; Right side suction inlet panel moving mechanism 48, it moves right side suction inlet panel 46.

In order to cover right side air suction inlet 6 and periphery thereof, the height that right side suction inlet panel 46 forms its aspect ratio right side air suction inlet 6 is higher, and the fore-and-aft direction width of the Width right side air suction inlet 6 of its fore-and-aft direction is wider.

Right side suction inlet panel moving mechanism 48 is used for mobile right side suction inlet panel 46, so that right side suction inlet panel 46 moves to the bottom of main body 2 from the position of separating with the bottom of main body 2, thereby cover right side air suction inlet 6, and make right side suction inlet panel 46 from the bottom of main body 2 to the position movement of separating with the bottom of main body 2, thereby open right side air suction inlet 6, this right side suction inlet panel moving mechanism 48 are arranged on in right side suction panel 41 and the right side wainscot 43 at least one.

Namely, right side suction inlet panel moving mechanism 48 makes right side suction inlet panel 46 from the proceeds posterolateral position of right side air suction inlet 6 to the position movement that covers right side air suction inlet 6, and from the position of covering right side air suction inlet 6 the proceeds posterolateral position movement of air suction inlet 6 to the right.

The position of covering right side air suction inlet 6 of right side suction inlet panel 46 is right side air suction inlet closed position, and the position, left back of right side air suction inlet 6 is air suction inlet release position, right side.

Discharge panel assembly 50 and comprise discharge panel 51, this discharge panel 51 is formed with left side air outlet 8 in the left side, and is formed with right side air outlet 10 on the right side.

Discharge panel 51 and be configured in the place ahead, top of casing 20, and comprise the front inner panel 55 with front board 52 and left side board 53 and right side board 54.

In the front inner panel 55, front board 52 and left side board 53 and right side board 54 both can be integrally formed, also can form respectively independently member after, the hook sections such as member or hook that conclude by screw etc. carry out combination.

In the front inner panel 55, between front board 52 and left side board 53, be formed with the leftward space forming portion 56 that is used to form leftward space S1 with the inboard shape of depression in the other direction to main body 2, be formed with the left side outlet opening section 58 that passes through through the air that is in harmonious proportion in the inside of main body 2 that makes at the vertical component effect 57 of leftward space forming portion 56.

In the front inner panel 55, between front board 52 and right side board 54, be formed with the rightward space forming portion 66 that is used to form rightward space S2 with the inboard shape of depression in the other direction to main body 2, be formed with the right side outlet opening section 68 that passes through through the air that is in harmonious proportion in the inside of main body 2 that makes at the vertical component effect 67 of rightward space forming portion 66.

Discharge panel 51 comprises the front cover 72 in the place ahead that is configured in front inner panel 55.

Front cover 72 is configured to cover the place ahead of front inner panel 55, and it is tabular to form on the whole rectangle, the place ahead that the part 73 in its left side is covered leftward space S1, and the part 74 on its right side is covered the place ahead of rightward space S2.

Front cover 60 is a kind of air guide structures, and the air that it is guided through left side outlet opening section 58 and right side outlet opening section 68 does not forwards directly advance it, but the to the left incline direction in the place ahead and left direction discharge.

Namely, in discharging panel assembly 50, left side air outlet 8 is comprised of left side outlet opening section 58 and leftward space S1, thereby the air that flow of outlet opening section 58 are expelled to the outside by leftward space S1 to the left from the inside of main body 2, right side air outlet 10 is comprised of right side outlet opening section 68 and rightward space S2, thus from the inside of main body 2 to the right the air that flow of outlet opening section 68 be expelled to the outside by rightward space S2.

Discharging panel assembly 50 comprises: left side outlet panel 76, and it forms larger than left side air outlet 8, and is used for covering left side air outlet 8 and periphery thereof, perhaps opens left side air outlet 8; Left side outlet panel moving mechanism 77, it moves left side outlet panel 76.

In order to cover simultaneously left side air outlet 8 and periphery thereof, the height that left side outlet panel 76 forms its aspect ratio left side air outlet 8 is higher, and the width of the fore-and-aft direction of the Width left side air outlet 8 of its fore-and-aft direction is wider.

Left side outlet panel moving mechanism 77 is used for mobile left side outlet panel 76, so that left side outlet panel 76 moves to the top of main body 2 from the position of separating with the top of main body 2, thereby cover left side air outlet 8, and make left side outlet panel 76 from the top of main body 2 to the position movement of separating with the top of main body 2, thereby open left side air outlet 8, this left side outlet panel moving mechanism 77 is arranged on the left side of discharging panel 51.

Left side outlet panel moving mechanism 77 makes left side outlet panel 76 from the proceeds posterolateral position of left side air outlet 8 to the position movement that covers left side air outlet 8, and from the position of covering left side air outlet 8 the proceeds posterolateral position movement of air outlet 8 to the left.

The position of covering left side air outlet 8 of left side outlet panel 76 is left side air outlet closed position, and the position, left back of left side air outlet 8 is air outlet release position, left side.

Discharging panel assembly 50 comprises: right side outlet panel 78, and it forms larger than right side air outlet 10, and is used for covering right side air outlet 10 and periphery thereof, perhaps opens right side air outlet 10; Right side outlet panel moving mechanism 79, it moves right side outlet panel 78.

In order to cover simultaneously right side air outlet 10 and periphery thereof, the height that right side outlet panel 78 forms its aspect ratio right side air outlet 10 is higher, and the width of the fore-and-aft direction of the Width right side air outlet 10 of its fore-and-aft direction is wider.

Right side outlet panel moving mechanism 79 is used for mobile right side outlet panel 78, so that right side outlet panel 78 moves to the top of main body 2 from the position of separating with the top of main body 2, thereby cover right side air outlet 10, and make right side outlet panel 78 from the top of main body 2 to the position movement of separating with the top of main body 2, thereby open right side air outlet 10, this right side outlet panel moving mechanism 79 is arranged on the right side of discharging panel 51.

Right side outlet panel moving mechanism 79 makes right side outlet panel 78 from the proceeds posterolateral position of right side air outlet 10 to the position movement that covers right side air outlet 10, and from the position of covering right side air outlet 10 the proceeds posterolateral position movement of air outlet 10 to the right.

The position of covering right side air outlet 10 of right side outlet panel 78 is right side air outlet closed position, and the position, right back of right side air outlet 10 is air outlet release position, right side.

Discharging panel assembly 50 comprises: left side blade 81, and it rotatably is arranged on the left side outlet panel 76; Left side blade driving mechanism 82, it is arranged on the left side outlet panel 76, and is used for making 81 rotations of left side blade; Right side blade 83, it rotatably is arranged on the right side outlet panel 78; Right side blade driving mechanism 84, it is arranged on the right side outlet panel 78, and is used for making 83 rotations of right side blade.

In the air conditioner according to present embodiment, left side suction panel assembly 30 and right side suction panel assembly 40 are symmetrical structure, discharging panel assembly 50 is symmetrical structure, the below for convenience of explanation, left side outlet panel 76 and right side discharge panel 78 are called outlet panel 76,78, left side outlet panel moving mechanism 77 and right side outlet panel moving mechanism 79 are called outlet panel moving mechanism 77,79, just left side blade 81 and right side blade 83 are called blade 81,83, left side blade driving mechanism 82 and right side blade driving mechanism 84 are called vane drive mechanism 82,84 describe.

The place ahead of main body 2 disposes the front panel 90 that is used to form air conditioner front face side outward appearance.

Front panel 90 be connected to can to left and right in a sideway swivel so that it is whole to open and close the front of main body 2.

Front panel 90 both can be fixed in base 12, left side suction panel assembly 30, right side suction panel assembly 40 and discharge in the panel assembly 50 and install on any, also can to left and right in the mode of a sideway swivel be connected to base 12, left side suction panel assembly 30, right side suction panel assembly 40 and discharge in the panel assembly 50 on any, in order to can open and close space between left side suction panel assembly 40 and the right side suction panel assembly 40.

Below, rotatably be connected to base 12, left side suction panel assembly 30, right side suction panel assembly 40 and discharge in the panel assembly 50 at least one with front panel 90, describe for example in order to can open and close between the front face of the upper end of discharging panel assembly 50 and base 12.

Front panel 90 comprises: be positioned at the outer member 91 in the outside during take main body 2 as benchmark, it is used to form the attractive in appearance of air conditioner front face side; Be positioned at inboard inner member 92 during take main body 2 as benchmark; Supporter 93, it is used for outer member 91 is fixed on inner member 92.

Outer member 91 both can and be formed at the back side of transparent component and have color and the ornamental portion such as film attractive in appearance or thin slice consist of by transparent transparent component, also can be made of the translucent components with color or pattern, can also be made of metal material etc.

The bottom of inner member 92 rotatably is connected in base 12, left side suction panel assembly 30, the right side suction panel assembly 40 at least one by hinge, and its top rotatably is connected to by hinge and discharges on the panel assembly 50.

Supporter 93 comprises: support 94, its by the hook etc. hooking part be fixed on the inner member 92; Pressure sensitive adhesive double coated 95, it is used for pasting in front support 94 and pasting outer member 91.

Main body 2 also comprises: heat exchanger 110, and it is arranged on the inside upper part of main body 2, and makes cold-producing medium and air carry out heat exchange; Air blast 120, it is arranged on the lower inside of main body 2, and is used for sucking the air at the place ahead or rear and delivering to upside; Clean unit 130, it is arranged on the place ahead of air blast 120, and the air that is inhaled into air blast 120 is purified; Foreign matter treatment device 140, it is connected with left side cleaning unit 35 and right side cleaning unit 45, and to being processed by the foreign matter of left side filter and the cleaning of right side filter.

Air blast 120 comprises: fan motor 122, and it is set up highlightedly with the axial rotary fore-and-aft direction; Blower fan 124, its rotating shaft with fan motor 122 is connected; Fan shroud 127, it surrounds blower fan 124 and fan motor 122, and is formed with in front peristome, and is formed with outlet on top; Orifice plate 128, it is configured on the peristome of fan shroud 127.

Formed safety net 129 on the orifice plate 128.

Clean unit 130 is overlapping and arrange on fore-and-aft direction by a plurality of 131,132,133.

A plurality of clean units 131,132,133 are provided with respectively at least a in electric precipitation section, high efficiency particle air filter (HEPA Filter) and the odor removal filter between separately front housing and back housing.

Foreign matter treatment device 140 comprises: left side flexible pipe 141, and it is communicated with left side cleaning unit 35; Right side flexible pipe 142, it is communicated with right side cleaning unit 45; Foreign matter separator 143, it is connected with left side flexible pipe 141 and right side flexible pipe 142; Suction generation unit 144, it is connected with foreign matter separator 143, and to foreign matter separator 143 and flexible pipe 141,142 and left side cleaning unit 35 and right side cleaning unit 45 produce suction; Foreign matter collection cylinder 145, it is equipped with the foreign matter that is separated by foreign matter separator 143; Base control section 146, it is controlled left side cleaning unit 35 and right side cleaning unit 45 and suction generation unit 144.

Fig. 8 is the amplification exploded perspective view according to the discharge panel assembly of an embodiment of air conditioner of the present invention; Fig. 9 is the longitudinal sectional view according to the discharge panel assembly of an embodiment of air conditioner of the present invention; Figure was shown with the top view of upper links when Figure 10 was open according to the air outlet of an embodiment of air conditioner of the present invention; Figure was shown with the top view of upper links when Figure 11 was airtight according to the air outlet of an embodiment of air conditioner of the present invention; Figure was shown with the top view of lower link when Figure 12 was open according to the air outlet of an embodiment of air conditioner of the present invention; Figure was shown with the top view of lower link when Figure 13 was airtight according to the air outlet of an embodiment of air conditioner of the present invention.

Outlet panel moving mechanism 77,79 comprises: outlet panel connecting rod 520,530, and it is connected on the outlet panel 76,78 in rotating mode; Connecting rod rotating mechanism 560,570, it is arranged on the body 2, and makes 520,530 rotations of outlet panel connecting rod.

For stably mobile up and down, outlet panel connecting rod 520,530 is provided with a plurality of, and this outlet panel connecting rod 520,530 is comprised of with the lower link 530 that is connected with outlet panel 76,78 bottom the upper links 520 that is connected with outlet panel 76,78 top.

Upper links 520 and lower link 530 as outlet panel connecting rod 520,530 comprise respectively: link rod part 522,532, and it connects discharges panel 51; Axle connecting portion 524,534, it is formed at link rod part 522, an end of 532, and is connected with vertical axis 570 described later; Connecting portion 526,536, it is connected on the outlet panel 76,78 in rotating mode.

Upper links 520 is configured in space forming portion 56,66 upper plate portion downside, and lower link 530 is configured in space forming portion 56,66 lower board unit upside.

Connecting rod rotating mechanism 560,570 comprises: CD-ROM drive motor 560, and it makes one in upper links 520 and the lower link 530 to be rotated action; Vertical axis 570, it connects upper links 520 and lower link 530 and makes their interlocks.

CD-ROM drive motor 560 is arranged on the side in space forming portion 56,66 upper plate portion upside and space forming portion 56,66 the lower board unit downside.

Discharge on the panel 51 and be provided with motor cover 562, it is used for covering the CD-ROM drive motor 560 that is arranged on space forming portion 56,66 upper plate portion upside and space forming portion 56,66 lower board unit downsides, one side.

Vertical axis 570, its top are connected to the axle connecting portion 524 of upper links 520, and its underpart is connected on the axle connecting portion 534 of lower link 530.

Vertical axis 570 is configured among space forming portion 56,66 space S 1, the S2.

In connecting rod rotating mechanism 560,570, when CD-ROM drive motor 560 is arranged on space forming portion 56,66 upper plate portion upside, be formed with through hole 59a in space forming portion 56,66 upper plate portion, this through hole 59a be used for to connect at least one of axle connecting portion 524 of the rotating shaft 561 of CD-ROM drive motor 560 and upper links 520, and being formed with support 59b at space forming portion 56,66 lower board unit, vertical axis 570 is bearing on this support 59a in rotating mode.

On the contrary, in connecting rod rotating mechanism 560,570, when CD-ROM drive motor 560 is arranged on space forming portion 56,66 lower board unit downside, be formed with through hole at space forming portion 56,66 lower board unit, this through hole be used for to connect at least one of axle connecting portion 534 of the rotating shaft 561 of CD-ROM drive motor 560 and lower link 530, and being formed with support in space forming portion 56,66 upper plate portion, vertical axis 570 is bearing on this support in rotating mode.

Outlet panel moving mechanism 77,79 also comprises outlet panel mobile guide spare 580,590, it guides outlet panel 76,78 displacement, so that when being rotated as the upper links 520 of outlet panel connecting rod 520,530 and lower link 530, make outlet panel 76,78 and relatively be rotated as upper links 520 and the lower link 530 of outlet panel connecting rod 520,530, make outlet panel 76,78 and discharge that panel 51 is separated or with discharge panel and be adjacent to.

Outlet panel mobile guide 580,590 comprises: projection, and it is formed on any of discharging in panel 51 and the outlet panel 76,78; Guide rail 584,594, it is formed at discharges in panel 51 and the outlet panel 76,78 another, and by projection 582,592 guiding.

Projection 582,592 comprises: upper lobes 582, and it faces down outstanding under space forming portion 56,66 upper plate portion; Lower lobes 592, it faces down outstanding at space forming portion 56,66 lower board unit.

Guide rail 584,594 is formed on outlet panel 76,78 the top described later guide part 607 and bottom guide part 608 more longways with curve shape respectively, and comprises: upper rall 584, and it is formed on the top guide part 607; Lower guide 594, it is formed on the bottom guide part 608.

When making outlet panel connecting rod 520, when 330 sides to discharge panel 51 are rotated highlightedly, guide rail 584,594 by projection 582,592 guiding, and make outlet panel 76, connecting rod connecting portion 605 in 78, part beyond 606 all with connecting rod connecting portion 605,606 advance to proceeds posterolateral together on the whole, when making outlet panel connecting rod 520,530 insert to the inboard of discharging panel 51 and when being rotated, guide rail 584,594 by projection 582,592 guiding, and make outlet panel 76, connecting rod connecting portion 605 in 78, part beyond 606 all with connecting rod connecting portion 605,606 advance to side the place ahead together on the whole, guide rail 584, an end of 594 roughly forwards, the other end forms the circle of giving prominence to body 2 between an end and the other end roughly to the side.

At this, the guide rail 584 on the left of being formed on the outlet panel 76, an end of 594 are roughly towards the place ahead, and the other end is roughly towards the left side; Be formed on guide rail 584 on the right side outlet panel 78, an end of 594 roughly towards the place ahead, the other end is roughly towards the right side.

Outlet panel 76,78 comprises: outlet open and close member 602, and it is connected with outlet panel connecting rod 520,530 in rotating mode, and is used for covering or open air outlet 8,10; Decoration element 604, it is configured in the outside of above-mentioned outlet open and close member 602.

Outlet open and close member 602 comprises: connecting rod connecting portion 605,606, and it rotatably is being connected with outlet panel moving mechanism 77,79 on the face of body 2, particularly be connected with outlet panel connecting rod 520,530; Guide part 607,608, it is formed with guide rail 584,594.

Connecting rod connecting portion 605,606 comprises: upper links connecting portion 605, and it is formed at the top of outlet open and close member 602, and is connected with upper links 520; Lower link connecting portion 606, it is formed at the bottom of outlet open and close member 602, and is connected with lower link 530.

Guide part 607,608 comprises: top guide part 607, and its top with outlet open and close member 602 combines; Bottom guide part 608, its bottom with outlet open and close member 602 combines.

Upper links connecting portion 605 comprises: upper plate portion 609, and its top at outlet open and close member 602 is outstanding to body 2; Connecting rod connecting portion 610, it projects upwards in upper plate portion 609.

Top guide part 607 is arranged on the upside of the upper plate portion 609 of upper links connecting portion 605, and in order to cover upper links 520 and connecting rod connecting portion 610, it is configured to be positioned at the place ahead of connecting rod connecting portion 610.

Top guide part 607 forms the box shape of front and open underneath, is formed with upper rall 584 on its upper plate portion 611.

In the upper links connecting portion 605, at the front end of upper plate portion 609, upwards be vertically formed top shielding portion 612, it is used for covering upper links 520 and top guide part 605.

Lower link connecting portion 606 comprises: lower board unit 613, and its bottom at outlet open and close member 602 is outstanding to body 2; Connecting rod connecting portion 614, it is outstanding downwards at lower board unit 613.

Bottom guide part 607 is arranged on the downside of the lower board unit 613 of lower link connecting portion 606, and in order to cover lower link 530 and connecting rod connecting portion 614, it is configured to be positioned at the place ahead of connecting rod connecting portion 614.

The box shape that bottom guide part 607 forms the front and opens above is formed with lower guide 594 on its lower board unit 615.

In the lower link connecting portion 606, at the front end of lower board unit 615, upwards be vertically formed bottom shielding portion 616, it is used for covering lower link 530 and bottom guide part 607.

Blade 81,83 can be rotatably set on the outlet open and close member 602.

Blade 81,83 can be rotatably set between upper links connecting portion 605 and the lower link connecting portion 606.

Vane drive mechanism 82,84 is arranged on the outlet open and close member 602, and is used for rotating vane 81,83.

Vane drive mechanism 82,84 by be arranged in top guide part 607 and the bottom guide part 608 any on blade rotary consist of with motor so that its direct rotating vane 81,83.

Any one guide part in top guide part 607 and the bottom guide part 608 has the structure of surrounding vane drive mechanism 82,84 and protecting; below, take surrounded by bottom guide part 608 vane drive mechanism 82,84 and situation about protecting be illustrated as example.

Be formed with rotating shaft support 605a on the upper links connecting portion 605, it is supporting blade 81,83 top rotating shaft rotatably.

Be formed with rotating shaft breakthrough part 606a on the lower link connecting portion 606, this rotating shaft breakthrough part 606a be used for to connect blade 81,83 bottom rotating shaft and blade rotary with a rotating shaft of the rotating shaft of motor.

Has the as mentioned above discharge panel assembly of structure, when CD-ROM drive motor 560 drives as open mode, the connecting rod that is connected with the rotating shaft of CD-ROM drive motor 560 in upper links 520 and the lower link 530 is rotated, vertical axis 570 is rotated, and by vertical axis 570, other connecting rods that connect with the connecting rod of the rotating shaft that is connected with CD-ROM drive motor 560 also rotate.

When aforesaid upper links 520 and lower link 530 were rotated, outlet panel 76,78 top were by the upper side rear rotation of upper links 520 to body 2, and its underpart is by the upper side rear rotation of lower link 530 to body 2.

Namely, connecting rod connecting portion 605,606 strength to air outlet 8, the rotation of 10 proceeds posterolateral are all acted on outlet panel 76,78 top and bottom, at this moment, guide rail 584,594 is by projection 582,592 guiding, and make beyond the connecting rod connecting portion 605 in the outlet panel 76,78,606 part all with connecting rod connecting portion 605,606 on the whole to air outlet 8,10 proceeds posterolateral rotation, stably to air outlet 8, the rotation of 10 proceeds posterolateral, this moment, air outlet 8,10 was in open state to outlet panel 76,78 on the whole.

When driven vane rotating motor 82,84 the time, blade 81,83 air outlet 8,10 and outlet panel 76,78 between, centered by vertical axis, carry out left rotation and right rotation.

Discharge in the panel assembly 50, when CD-ROM drive motor 560 drives as open mode, the connecting rod that is connected with the rotating shaft of CD-ROM drive motor 560 in upper links 520 and the lower link 530 carries out contrary rotation, vertical axis 570 carries out contrary rotation, and by vertical axis 570, other connecting rods that connect with the connecting rod of the rotating shaft that is connected with CD-ROM drive motor 560 also carry out contrary rotation.

When aforesaid upper links 520 and lower link 530 were rotated, outlet panel 76,78 top were by the top rotation of upper links 520 to body 2, and its underpart is by the top rotation of lower link 530 to body 2.

Namely, with connecting rod connecting portion 605,606 to air outlet 8, the strength of 10 side rotation all acts on outlet panel 76,78 top and bottom, at this moment, guide rail 584,594 by projection 582,592 guiding, and make outlet panel 76, connecting rod connecting portion 605 in 78, part beyond 606 all with connecting rod connecting portion 605,606 together on the whole to air outlet 8,10 side rotation, outlet panel 76,78 on the whole stably to air outlet 8,10 side rotation, at this moment air outlet 8,10 and periphery be discharged from actinal surface plate 76,78 cover.

When blade rotary stops with motor 82,84, blade 81,83 rotate to cover air outlet 8,10 and outlet panel 76,78 between, and under this state, be inserted into the left and right sides space S 1, S2 of front panel 51 and accommodated.

On the other hand, the present invention is not limited to above-described embodiment, CD-ROM drive motor 560 can be connected with in upper links, lower link and the vertical axis any, particularly the mode with rotatable vertical axis is connected with vertical axis, and upper links is connected with vertical axis with lower link, as long as in the technology category under the present invention, can adopt various embodiments.

Claims (14)

1. an air conditioner is characterized in that,

Comprise:

Discharge panel, it is formed with air outlet,

The outlet panel, it is used for opening and closing above-mentioned air outlet,

Upper links, it is configured in the top of above-mentioned discharge panel, and is connected to the top of above-mentioned outlet panel,

Lower link, it is configured in the bottom of above-mentioned discharge panel, and is connected to the bottom of above-mentioned outlet panel,

CD-ROM drive motor, it is connected in above-mentioned upper links and the lower link any,

Vertical axis, it is used for connecting above-mentioned upper links and lower link;

Above-mentioned outlet panel comprises:

The lower link connecting portion, it connects above-mentioned lower link,

The bottom guide part, it is directed to the bottom of above-mentioned discharge panel,

The bottom shielding portion, it is used for covering above-mentioned bottom guide part and above-mentioned lower link,

The upper links connecting portion, it connects above-mentioned upper links,

The top guide part, it is directed to the top of above-mentioned discharge panel,

The top shielding portion, it is used for covering above-mentioned top guide part and upper links.

2. air conditioner according to claim 1 is characterized in that, above-mentioned upper links and lower link comprise respectively:

The axle connecting portion, it is connected with above-mentioned vertical axis;

Connecting portion, it is connected on the above-mentioned outlet panel in rotating mode;

Link rod part, it is formed between above-mentioned axle connecting portion and the connecting portion.

3. air conditioner according to claim 2 is characterized in that, the top of above-mentioned vertical axis is connected with the axle connecting portion of above-mentioned upper links, and the bottom is connected with the axle connecting portion of above-mentioned lower link.

4. air conditioner according to claim 2 is characterized in that, also comprises:

Blade, it rotatably is configured on the outlet panel;

Vane drive mechanism, it is configured on the above-mentioned outlet panel, and is used for rotating above-mentioned blade.

5. air conditioner according to claim 4 is characterized in that, above-mentioned discharge panel has the space forming portion, when it is closed at above-mentioned outlet panel, above-mentioned blade is inserted and is accommodated.

6. air conditioner according to claim 5 is characterized in that, above-mentioned vertical axis is configured in above-mentioned space.

7. air conditioner according to claim 6 is characterized in that, above-mentioned CD-ROM drive motor is arranged on the side in the lower board unit downside of the upper plate portion upside of above-mentioned space forming portion and above-mentioned space forming portion.

8. air conditioner according to claim 7, it is characterized in that, be formed with through hole in the upper plate portion of above-mentioned space forming portion and any in the lower board unit, this through hole is used for connecting the rotating shaft of above-mentioned CD-ROM drive motor and at least one of above-mentioned axle connecting portion; Be formed with support in the upper plate portion of above-mentioned space forming portion and in the lower board unit another, this support is with rotating mode supports vertical axle.

9. air conditioner according to claim 7 is characterized in that, also comprises motor cover, and it is arranged on the above-mentioned discharge panel, and is used for covering above-mentioned CD-ROM drive motor.

10. air conditioner according to claim 1, it is characterized in that, also comprise outlet panel mobile guide spare, its position movement to above-mentioned outlet panel guides, so that when above-mentioned upper links and lower link are rotated, above-mentioned outlet panel and above-mentioned upper links and lower link relatively are rotated, and make above-mentioned outlet panel move to the position of separating with above-mentioned discharge panel, or make above-mentioned outlet panel move to the position that is adjacent to above-mentioned discharge panel.

11. air conditioner according to claim 10 is characterized in that, above-mentioned outlet panel mobile guide spare comprises: projection, and it is formed in above-mentioned discharge panel and the outlet panel any; Guide rail, it is formed in above-mentioned discharge panel and the outlet panel another, and by the projection guiding.

12. air conditioner according to claim 11 is characterized in that, above-mentioned convexing to form on above-mentioned discharge panel, and above-mentioned guide rail is respectively formed on above-mentioned top guide part and the bottom guide part.

13. the described air conditioner of any one is characterized in that according to claim 1 ~ 12, above-mentioned outlet panel-shaped becomes larger than above-mentioned air outlet.

14. air conditioner according to claim 13 is characterized in that, above-mentioned outlet panel comprises:

The outlet open and close member, it is connected to above-mentioned upper links and lower link, and is used for covering or open above-mentioned air outlet;

Decoration element, it is configured in the outside of above-mentioned outlet open and close member.

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